ODMRP Protocol Project Examples Using Omnet++

To know more about the project examples related to On-Demand Multicast Routing Protocol (ODMRP) using OMNeT++ tool, read out the below ideas that we have worked. Get yours done from hands of our developers we give you customised support with performance analysis results.

1. Performance Analysis of ODMRP in MANETs:
   • Use OMNeT++ to execute ODMRP in a Mobile Ad-Hoc Network (MANET) . Model its performance in several network scenarios, concentrating on metrics like packet delivery ratio, end-to-end delay, and routing overhead. Evaluate how ODMRP works in changing node mobility, network density, and traffic patterns.
2. Comparison of ODMRP with Other Multicast Routing Protocols:
   • Imitate ODMRP together with multicast routing protocols like MAODV (Multicast Ad hoc On-Demand Distance Vector) or PIM-SM (Protocol Independent Multicast – Sparse Mode). Compare their performance according to their multicast group management, scalability, and network efficiency in numerous network topologies.
3. Energy-Efficient ODMRP in Wireless Sensor Networks (WSNs):
   • Build an energy-efficient variant of ODMRP for use in WSNs. Concentrate on enhancing multicast group maintenance and data propagation to preserve energy. Mimic the protocol and analyze its influence on network lifetime, energy utilization, and multicast delivery success.
4. QoS-Aware ODMRP for Multimedia Applications:
   • Support the multimedia applications like video streaming or VoIP by executing a QoS-aware version of ODMRP. Replicate the protocol in a network with mixed traffic types and analyze how well it meets QoS demands like latency, jitter, and packet loss.
5. ODMRP in Vehicular Ad-Hoc Networks (VANETs):
   • Use OMNeT++ to accomplish the ODMRP in a VANET scenario. Model the protocol’s performance in an urban environment with high node mobility. Analyze its effectiveness in upholding stable multicast interaction between vehicles, focusing on delivery ratio and network overhead.
6. Security-Enhanced ODMRP Protocol:
   • Examine the capable security weaknesses in ODMRP includes multicast group infiltration or message tampering. Establish security mechanisms such as encryption or authorization for multicast messages and imitate their influence on network performance and security.
7. ODMRP in Disaster Recovery Networks:
   • Accomplish ODMRP in a disaster recovery network where infrastructure may be spoiled or unobtainable. Replicate the protocol’s potential to rapidly apply and uphold multicast groups for efficient communication in a highly dynamic and unpredictable environment.
8. Scalability Analysis of ODMRP in Large-Scale Networks:
   • Learn the scalability by simulating ODMRP in a large-scale network. Measure how the protocol manages maximizing counts of nodes and multicast groups, concentrating on routing overhead, cluster maintenance efficiency, and overall network performance.
9. ODMRP with Adaptive Multicast Group Management:
   • Design an adaptive version of ODMRP that dynamically modifies multicast group membership in terms of node mobility, network conditions, or application demands. Mimic the protocol in numerous network scenarios and assess the welfares of adaptive group management on performance metrics.
10. ODMRP with Load Balancing:
    • Allocate multicast traffic more evenly through the network by executing a load- balancing features inside ODMRP. Model the protocol in a network with changing traffic loads and assess how load balancing influence network jamming, throughput, and delivery success.

At the end of these examples, you have seen the brief demonstration of the above projects of On-Demand Multicast Routing Protocol (ODMRP)’s initialization and implementation using OMNeT++ tool. Also, we provide more samples regarding these protocols through another manual.